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Masters · 1600 h · 11 modules
Master's in Naval Heritage and Restoration of Historic Ships
This program offers an in-depth immersion in the conservation and restoration of vessels of historical value. Learn the most advanced techniques for damage diagnosis, the selection of compatible materials, and the application of…
Duration1600 h
FormatOnline
Starts7 December
Places20 / 20
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Programme overview
What is the Master’s in Naval Heritage and Restoration of Historic Ships?
The Master's in Naval Heritage and Restoration of Historic Ships
This program offers an in-depth immersion in the conservation and restoration of vessels of historical value. Learn the most advanced techniques for damage diagnosis, the selection of compatible materials, and the application of restoration methods that respect authenticity. This program equips you to manage museumization and rehabilitation projects, contributing to the preservation of maritime heritage.
Differential Advantages
- Multidisciplinary Approach: naval archaeology, maritime history, naval engineering, and heritage conservation.
- Internships in Historic Shipyards: real-world experience in restoration projects of iconic vessels.
- Cutting-Edge Technologies: 3D modeling, laser scanning, and non-destructive analysis applied to conservation.
- Expert Faculty: renowned professionals in the field of naval restoration and heritage management.
- Networking: access to a broad network of institutions and professionals in the maritime and cultural sectors.
Programme type
Master's Degree
Study mode
Online
Duration
1,600 hours
Modules
11
Start date
08-12-2026
Programme highlights
- Immersion in Naval History: Delve into the construction, evolution, and significance of historic ships.
- Cutting-Edge Restoration Techniques: Learn advanced methodologies for the conservation and restoration of maritime heritage.
- Hands-on Experience in Shipyards and Museums: Participate in real-world naval heritage restoration and management projects.
- Expert Instructors and Industry Leaders: Learn from professionals with extensive experience in naval conservation and restoration.
- Networking with Industry Professionals: Establish key contacts for your future career in the field of maritime heritage.
- Become an expert in preserving naval history and help keep our maritime legacy alive.
Curriculum
Programme Structure
The programme is structured in 11 modules, listed below in order of study.
01
Advanced Technologies in Diagnosis and Structural Conservation of Historic Vessels
- Scientific and technical foundations of non-destructive diagnosis (NDT) applied to historical naval structures: ultrasound, thermography, digital radiography and vibrational analysis
- Advanced structural inspection methodologies: 3D scanning techniques, photogrammetry modelling and laser scanner for accurate dimensional evaluation
- Application of intelligent sensor technologies (Wireless Sensor Networks, piezoelectric sensors) for real-time monitoring of structural integrity and early corrosion and fatigue detection
- Use of structural computational analysis (CAE) and finite element simulations (FEA) to predict mechanical behaviours and maximise the conservation of the hull and superstructure
- Diagnosis and evaluation of microstructural deterioration in metal alloys and traditional woods: techniques of electron microscopy, X-ray diffraction and impedance spectroscopy
- Advanced protocols for the restoration and consolidation of original materials, including ecological biocides, corrosion inhibition treatments and polymeric consolidants compatible with historical materials
- Implementation of preventive conservation systems through controlled microclimates and environmental encapsulation to prevent the progression of damage and prolong the useful life of ships
- Application of augmented reality and virtual modelling technologies for planning and visualisation of complex restorative interventions on historic ships
- International regulations and best practices in structural conservation: Recommendations of ICOMOS, UNESCO and ISO standards applied to heritage ships
- Relevant case studies: Critical analysis of international flagship restoration projects and evaluation of technical and heritage results
02
Comprehensive techniques for restoration and preservation of naval materials in heritage ships
- Fundamentals of historical naval materials: composition, mechanical properties and deterioration in marine environments
- Advanced Diagnosis of Material Pathologies: Non-Destructive Techniques (END), Ultrasonic Testing, Thermography and Chemical Analysis
- Comprehensive Structural Assessment: Stress Analysis, Electromechanical Corrosion and Bimetallic Degradation in Combined Materials
- Cleaning and stabilisation protocols: mechanical, chemical and electrochemical methods applied to metals, woods and traditional compounds
- Consolidation and reinforcement techniques: Use of epoxy resins, mineral consolidants and natural fibres in naval restoration
- Methodologies for reversibility in treatments: technical criteria and international regulations for conservative interventions
- Application of protective coatings: anti-corrosive layers, marine varnishes and state-of-the-art hydrophobic treatments
- Integration of digital technologies: 3D scanning, CAD modelling and real-time structural monitoring for preservation
- Comprehensive management of the restoration project: planning, photogrammetric documentation, schedules and quality control
- International regulations and standards for the conservation of naval heritage: ICOMOS, UNESCO and specific guidelines for historic ships
03
Technological innovation and advanced techniques in diagnosis and conservation of historic naval structures
- Fundamentals of technological innovation in naval restoration: historical evolution, current trends and future perspectives in the conservation of historical ships.
- Advanced diagnosis of naval structures: Non-destructive techniques (END), ultrasound, digital radiography and infrared thermography applied to metallic and timber materials.
- D modelling and laser scanning: accurate capture of the structural and morphological state for digital documentation, analysis and planning of interventions.
- Preventive and corrective conservation methodologies: evaluation and mitigation of structural pathogens, corrosion, biodeterioration and environmental degradation.
- Intelligent continuous monitoring systems: embedded sensors, IoT and data analysis to anticipate failures and optimise the maintenance of heritage vessels.
- Application of innovative materials in restoration: Composites, light alloys and advanced coatings that respect historical integrity and guarantee durability.
- Specialised software for the management and planning of naval restoration projects: BIM applied to maritime heritage and specific CAD/CAM tools.
- Advanced structural reconstruction techniques: Precision welding, reinforcement techniques and structural adaptations compatible with criteria of authenticity and reversibility.
- International Protocols and Applicable Technical Regulations: UNESCO, ICOMOS, The Hague Convention and Advisory Council on Maritime Naval Heritage.
- Case studies and analysis of emblematic projects: critical evaluation of successful technological applications and lessons learned to optimise future interventions in historical ships.
04
Strategic management of naval restoration projects: planning, risk assessment and quality control in historic ships
- Fundamentals of strategic management applied to naval restoration: objectives, scope and alignment with heritage conservation
- Advanced planning methodologies: Technical and economic feasibility analysis in historic ship recovery projects
- Extensive risk assessment: identification, analysis and prioritisation of structural, environmental and operational risks during restoration
- Design and implementation of risk mitigation plans: specific protocols for the preservation of original materials and minimisation of reversible impacts
- Quality control in naval restorations: international standards, applicable ISO regulations and acceptance criteria for specialised work
- Management of technical documentation: registration of interventions, traceability of materials and document control in accordance with the patrimonial legislation
- Interdisciplinary coordination: integration of naval archaeologists, engineers, naval architects and restorers to ensure technical and artistic coherence
- Implementation of advanced technologies for project monitoring: Use of BIM (Building Information Modelling) systems adapted to naval restoration
- Continuous evaluation and technical audits: Protocols to ensure compliance during all phases of the project and ensure historical integrity
- Resource Management and Logistics: Planning of Specific Supplies, Machinery and Human Resources Specialised in Naval Restoration
05
Advanced methodologies for the documentation, analysis and digital conservation of historic ships and their naval heritage
- Fundamentals and principles of digital documentation applied to naval heritage: international standards, regulations and catalogueing protocols
- Three-dimensional capture technologies: advanced photogrammetry, 3D laser scanning and remote sensing applied to historic ships
- Digital processing and modelling: specialised software for the faithful geometric and textured reconstruction of the hull and naval structures
- Implementation of Geographic Information Systems (GIS) for the spatial and temporal management of the underwater and terrestrial naval heritage
- Hybrid methodologies for structural analysis: integration of digital information and physical data obtained through inspection and sensorization
- Advanced Techniques in Material Analysis: Chemical, Mechanical and Microstructural Characterization of Woods, Metals and Historical Compounds
- Digital management of the life cycle of historic ships: from initial documentation to monitoring interventions and preventive maintenance
- Application of artificial intelligence and machine learning in the detection of deterioration and prediction of pathologies in naval heritage structures
- Digital conservation protocols: standards for digital preservation, authenticity and long-term access in digital files and heritage databases
- Development of virtual environments and augmented reality for the dissemination, awareness and training in historic naval heritage
06
Innovative Technologies and Advanced Techniques in Diagnosis, Conservation and Management of Historic Naval Structures
- Fundamentals of historical materials used in shipbuilding: wood, steel, copper and traditional alloys
- Advanced Non-Destructive Diagnostic (NDT) Technologies: Ultrasound, Infrared Thermography, Magnetic Resonance Analysis, and Digital Radiography
- Structural modelling and simulation applied to historic ships by means of finite elements (EMF): Evaluation of stresses and dynamic behaviour
- Application of 3D photogrammetry techniques and laser scanner for reconstruction and accurate documentation of damaged structures
- Innovations in preventive and corrective conservation: consolidation of organic materials, cathodic protection and environmental control to avoid corrosion
- Advanced Restoration Methodologies: Reversibility Techniques and Material Compatibility, and Minimum Invasive Intervention Criteria
- Comprehensive management of naval restoration projects: strategic planning, schedules, resource management and quality control
- Digital real-time monitoring systems: intelligent sensors for early detection of deformations, humidity and the presence of aggressive microorganisms
- International regulations and technical standards applicable to the conservation of naval heritage: UNESCO, ICOMOS, and national specific codes
- Pilots and analysis of naval restoration emblematic projects: detailed study of procedures, technical challenges and results obtained
07
State-of-the-art technologies in diagnosis, structural conservation and digital documentation of heritage ships
- Advanced Foundations in Non-Destructive Diagnosis (END) Applied to Historic Vessels: Ultrasounds, Infrared Thermography, Acoustic Emission and Foucault Currents
- Computational structural modelling for integrity predictive analysis: finite element methods (EMF) and multiphysical simulations in hull and superstructure
- D laser scanning applications and digital photogrammetry for the generation of accurate and detailed models of heritage ships
- Innovative structural conservation techniques: nanotechnologies in anticorrosive treatment, consolidation of woods and specific resins for naval restoration
- Implementation of BIM (Building Information Modelling) systems adapted to Naval Heritage for multidisciplinary integration in restoration projects
- Digital documentation protocols: capture, management, secure storage and traceability of information using GIS systems and specialised databases
- DIC (Digital Image Correlation) methodologies for on-site monitoring of deformations and structural stresses during restoration processes
- Integration of drones and unmanned submarine vehicles (ROV) for inspection and monitoring in inaccessible or high-risk environments
- Advanced microstructural and chemical analysis: Raman spectroscopy, X-ray diffraction (XRD) and scanning electron microscopy (SEM) applied to historic shipbuilding materials
- International regulations and technical standards for the conservation and restoration of naval heritage, including ICOMOS guidelines, UNESCO and specific ISO regulations
08
Advanced techniques in non-destructive evaluation and comprehensive restoration of historic naval machinery
- Fundamentals of Non-Destructive Assessment Techniques (END) Applied to Historic Naval Machinery: Physical Principles, Scope and Limitations
- Ultrasound: Ultrasonic inspection methods, equipment calibration, detection of surface and volume defects in metal components
- Infrared Thermography: Thermal analysis for identification of anomalies in propulsion systems and auxiliary machinery without direct contact
- Liquid Penetrant and Magnetic Particles: Procedures for the detection of cracks and fissures in ferrous and non-ferrous materials of naval structures
- Advanced Visual Inspection: Use of videoscopy, endoscopes, and microscopy to assess internal state of motors and complex systems
- Metrology applied to restoration: Dimensional measurement techniques for degradation control and adjustment in original parts
- Corrosion and fatigue in historical machinery: mechanisms, diagnoses and strategies for mitigation without compromising authenticity
- Comprehensive protocol for preventive conservation and functional restoration of naval machinery: documentation, material analysis and intervention schedule
- Restorative intervention methodologies: controlled disassembly, structural repair, reversible replacement and reinstallation according to museological criteria
- Interdisciplinary integration: collabouration between naval engineers, conservatives and restoration technicians to ensure historical fidelity and operational functionality
09
Innovative Technologies and Advanced Techniques in Diagnosis, Conservation and Restoration of Historic Naval Structures
- Fundamentals of Structural Assessment in Historical Vessels: Non-Destructive Analysis (END), Ultrasonic Techniques, Infrared Thermography and X-ray Analysis for Precise Diagnosis.
- Advances in three-dimensional scanning and photogrammetry for detailed digital documentation of naval heritage, including BIM (Building Information Modelling) modelling applied to old naval structures.
- Original and modern materials: Physical and chemical characterisation of woods, steels and historical metal alloys by means of spectroscopy and scanning electron microscopy (SEM) for the selection of conservation techniques.
- Advanced structural consolidation methodologies: use of epoxy resins, special alloys and microinjection techniques for restoration without alteration of historical integrity.
- Application of nanotechnologies in the protection of naval surfaces: antimicrobial agents, corrosion inhibitors and intelligent coatings that guarantee durability in aggressive maritime environments.
- Continuous environmental diagnosis and monitoring: integration of intelligent sensors for control of humidity, temperature, salinity and vibrations that affect the stability of the historic ship.
- Repair and reconstruction of structural elements following reversibility criteria and minimal intervention, with reverse engineering techniques and advanced prototyping for replication of original parts.
- International regulations and standards applied to maritime restoration: evaluation of criteria of authenticity, integrity and compatibility according to UNESCO, ICOMOS and IMO regulations.
- Digital tools for the planning and monitoring of restoration projects: specialised software for the control of time, resources, risks and quality in complex interventions.
- Advanced case studies: Detailed analysis of emblematic projects of restoration of historical ships at a global level, evaluating technical, methodological results and patrimonial sustainability.
10
Ribera carpentry, traditional trades and historic fleet management
- Wood construction techniques
- Selection and treatment of woods
- Caulking and tightness
- Traditional tackle, candles and rigging
- Blacksmithing and metallic elements
- Transmission of traditional trades
- Historic ship navigation and safety
- Regulations for historic ships
- ASSOCIATIONS AND HERITAGE FLEETS
- Maintenance plan for a historic ship
11
Master’s Final Project in Naval Heritage and Restoration of Historic Ships
- Advanced research in 3D scanning technologies and photogrammetry for accurate documentation of the structural state of historic ships
- Application of composite materials and nanotechnology techniques in the restoration of deteriorated elements, respecting the original integrity
- Digital modelling and structural simulation through specialised software to anticipate behaviours against environmental and operational loads
- Implementation of real-time monitoring systems based on IoT sensorization for preventive conservation and dynamic evaluation
- Integrated multidisciplinary strategies: Coordination between naval historians, naval engineers, conservatives and architects for coherent and sustainable interventions
- International regulations and specific protocols for interventions in Naval Heritage: Detailed analysis of UNESCO, ICOMOS, and MARPOL Conventions applied to restoration
- Critical analysis of flagship cases of global naval restoration, identifying good practices and lessons learned in complex interventions
- Development of restoration master plans: phases of diagnosis, intervention, restoration and long-term maintenance
- Integration of augmented and virtual reality technologies for the planning, training and dissemination of restoration projects
- Advanced technical writing of the final work: scientific methodology, presentation of results, critical analysis and innovative proposals for naval preservation
Workload
Study Time and Workload
1600 hours of study, online and at your own pace. Move the slider to the hours a week you can really put in.
Hours a week8
Weeks to finish—
You finish around—
Who it is for
Art historians and naval archaeologists seeking to specialize in the conservation of maritime heritage and the documentation of historic vessels.Naval architects and marine engineers interested in applying sustainable restoration techniques and structural analysis of historic ships.Professionals from maritime museums and interpretation centers wishing to enhance their skills in the management
Faculty
Academic direction and faculty
The teaching team at Navalis: working professionals who deliver and oversee the institute's programmes.
Eng. Diego Cifuentes
Cap. Javier Abaroa (MCA)
Dr. Pau Ferrer
Dr. Nuria Llobregat
Eng. Javier Bañuls
Eng. Sofía Marquina
Eng. Tomás Riera
Verified reviews
Student Reviews
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Outcomes
Learning Outcomes
- 01Directing comprehensive naval heritage conservation projects
- 02Evaluate and diagnose the state of conservation of historic ships
- 03Applying advanced restoration techniques to deteriorated naval elements
- 04To manage and disseminate the historical and cultural value of naval heritage
- 05Develop innovative strategies for the musealization of naval heritage
- 06To thoroughly investigate and document the history and evolution of shipbuilding
Careers
Career Opportunities
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02Naval Heritage Manager: cataloging, conservation, and dissemination of historic ships and maritime collections.
03Historic Ship Restorer: planning and execution of restoration projects, applying traditional and modern techniques.
04Maritime Heritage Consultant: advising public and private institutions on the protection and enhancement of naval heritage.
05Maritime Exhibition and Museum Designer: creation of content and experiences for the dissemination of naval heritage.
06Researcher in Naval History and Maritime Archaeology: development of research projects on shipbuilding and the history of navigation.
07Naval Heritage Instructor: teaching courses and workshops on the conservation and restoration of historic ships.
08Preventive Conservation Technician: application of measures for protection and preservation of historic ships and maritime collections.
09Cultural Manager in Maritime Institutions: promotion and development of cultural activities related to naval heritage.
Questions
Entry Requirements
Naval heritage and restoration of historic ships.
Yes. The itinerary includes ECDIS/Radar-ARPA/BRM with harbor, ocean, fog, storm, and SAR scenarios.
Online with live sessions; hybrid option for simulator/practical placements through agreements.
It focuses on the conservation of old ships, including their restoration.
Recommended functional SMCP. We offer support materials for standard phraseology.
Yes, with a relevant degree or experience in maritime/port operations. The admissions interview will confirm suitability.
Optional (3–6 months) through Companies & Collaborations and the Alumni Network.
Simulator practice (rubrics), defeat plans, SOPs, checklists, micro-tests and applied TFM.
A degree from Navalis Magna Institute + operational portfolio (tracks, SOPs, reports and KPIs) useful for audits and employment.
Online admissions
Admissions Process
No waiting for a phone call. If your documents are complete, you can pay in the same session.
Entry requirements
```htmlAcademic/Professional Profile:Bachelor's/Undergraduate Degree in History, Conservation/Restoration, Architecture, Archaeology, Naval Engineering or related field; or accredited professional experience in the field of naval heritage or the restoration of cultural property.Language proficiency:Technical English is recommended for consulting specialized literature and participating in international conferences/seminars.Documentation:Updated CV, copy of degree (if applicable), transcript, ID/Passport, cover letter, portfolio (optional).Specific requirements:Demonstrable
Questions?
Frequently Asked Questions
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